Supertek 3000-5000 ml Transparent Borosilicate Glass 3.3 Single Neck Flat Bottom Flask

The Supertek Single Neck Flat Bottom Flask, characterized by its transparent construction and a capacity of 3000 ml, stands as an essential piece of laboratory glassware designed to facilitate a wide range of experimental procedures with precision and reliability.

Crafted from high-quality borosilicate glass, this flask ensures exceptional durability and resistance to thermal and chemical stress. Borosilicate glass's ability to withstand high temperatures and sudden temperature changes without fracturing or distorting makes it an ideal material for laboratory applications requiring heating, cooling, or rapid temperature fluctuations.

The flat bottom design of the flask offers stability and ease of use on laboratory surfaces, ensuring secure placement during experimental procedures. This design feature provides a level surface for consistent mixing and agitation of liquids, facilitating uniform dispersion of reagents or solvents and ensuring homogeneous reactions.

Transparency is a key feature of this flask, allowing researchers to visually monitor reactions, assess solution clarity, or observe phase separations in real time. The transparent construction provides clear visibility of the flask's contents, eliminating the need for sample extraction or manipulation during observation and enhancing experimental control and accuracy.

With a capacity of 3000 ml, this flask accommodates small-volume experiments, making it suitable for applications requiring precise measurements or limited quantities of reagents or samples. Whether used for titrations, sample storage, or small-scale synthesis, its versatile size caters to a wide range of laboratory procedures and experimental protocols.

Manufactured to exacting quality standards, the Supertek Single Neck Flat Bottom Flask offers durability, functionality, and precision, making it an indispensable tool for researchers, scientists, and laboratory professionals. Whether employed in academic research, industrial development, or quality control, this flask provides the essential combination of reliability, precision, and convenience necessary for successful experimentation in diverse laboratory environments.